Managed transmission paths
IEPL routes
IEPL usually refers to an international Ethernet private line that carries connections over a managed link between regions. Unlike a route that relies entirely on ordinary public internet routing, it uses a managed transport link. However, other networks may still be involved between your device and the entry point, and between the exit and the destination website. An IEPL label can help you compare route options, but it does not guarantee a fixed speed or access to a particular app across the entire connection.
For sustained work, long streaming sessions or use during peak hours, consider an IEPL route and compare it with other route types in the same location. Keep the destination website and local network the same, then see whether you can complete your task consistently. If the connection fails, check your subscription, client proxy settings and local network before trying another route in the same location. The same label does not mean the cause of a problem must be the same.
In general network infrastructure, managed links often involve additional purchasing and maintenance costs. This is background on how routes work, not a claim that MingVPN charges extra for a particular route type or that a plan necessarily includes a specific IEPL route. Check the dashboard for plan details and available routes; do not infer prices from route names.
Forwarded through an intermediate node
Relayed routes
A relayed route sends a connection to an entry point or intermediate node before forwarding it to the destination exit. This means the connection does not have to follow the default route from your local network to an overseas exit, making it a useful alternative when the default path performs poorly. A relay is not the same as an IEPL route. The network used by the intermediate node, forwarding method and subsequent path depend on the actual configuration; the “relayed” label alone does not indicate quality.
For everyday browsing, app sign-ins or switching paths when a connection is unstable, try a relayed entry in the same location. If it connects but pages will not load, check that the client has system proxy enabled, that the target app uses the proxy and that DNS settings are appropriate. If the same error persists on a relayed route, check your account, app rules or local network instead of repeatedly changing locations.
Relayed routes require entry points and forwarding resources, and operating costs depend on the entry network and forwarding path. A relay may improve one part of a connection, but the additional steps can also introduce new points of failure. Choose based on whether the route lets you complete your task—not on the assumption that more nodes mean better performance or that “relayed” implies a particular price.
Direct connection to the destination exit
Direct routes
A direct route usually means your client connects to the exit node without going through a separately configured relay entry. The path is relatively simple, but performance can be more affected by public internet routing between your local network and the exit. “Direct” describes the route setup; it does not mean the destination app needs no proxy or that access will be the same in every location.
When the connection between your local network and the destination exit is working well, a direct route can be used for everyday browsing and basic troubleshooting. If a direct route fails but a relay in the same location works, the difference in paths may help identify the issue. If both route types fail, check your subscription, client settings and local network. A failure on one route does not mean the entire location is inaccessible.
In general, direct routes reduce service-side intermediate forwarding, but exit resources and maintenance still have costs. Do not infer actual charges from route length. MingVPN monthly subscriptions and data packages follow the published plans. This page does not list surcharges by route type or promise that one label will suit everyone better than another.